def handle(self, someObject):
if isinstance(someObject, Action) and someObject.actionType == "shellcommand":
command = XMLUtils.getAttributeSafe(someObject.actionNode, "command")
parameters = XMLUtils.getAttributeSafe(someObject.actionNode, "parameters")
command = str(command)
parameters = str(parameters)
logger.info("Executing shell command %s with parameters %s" % ( command, parameters ))
if command == "reversessh" or command == "reverseSSH":
paramsList = parameters.split()
try:
hostPort = (paramsList[0])
try:
devicePort = paramsList[1]
except Exception:
devicePort = "16222"
result = ProcessExecutor.reverseSSH(hostPort, devicePort)
logger.info(result)
except ValueError as error:
logger.error("no Host Port was defined")
#logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_reversessh_" + TimeConstants.cronDateFormat() + ".txt"
#filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
#SystemWriter.writeFile(filePath, result)
elif command == "bash":
splitCmd = parameters.split("|")
if parameters.find("|") > -1 and len(splitCmd) > 1:
commandOne = splitCmd[0]
commandTwo = splitCmd[1]
result = ProcessExecutor.pipedCommand(commandOne, commandTwo)
else:
result = ProcessExecutor.executeCommand(parameters)
logger.info(result)
logFileName = "bash_" + ProcessExecutor.getMACeth0() + "_command_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
elif (command == "ledshell" or command == "ledBlueGiga"):
paramsList = parameters.split()
try:
action = (paramsList[0])
except:
logger.error("no LED action was defined, defaulting to 'locate'")
action = "locate"
result = ProcessExecutor.ledShell(action)
logger.info(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_ledshell_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
else:
result = "Cannot process command: %s %s" % ( command, parameters )
logger.error( result )
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_unknowncommand_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
def ensureDNSMasqCorrect(campaign):
needsDNSRestart = False
try:
if (campaign == None):
correctDomains = []
else:
correctDomains = campaign.wifiCampaign.hotspotDomains
DEFAULT_HOTSPOT = "hotspot_rule"
DEFAULT_CAPTIVE = "captive_rule"
if (campaign != None and int(campaign.wifiCampaign.hotspotMode) == int(ClientURISettings.CAMPAIGN_HOTSPOT)):
correctDomains.append(DEFAULT_HOTSPOT)
elif (campaign != None and int(campaign.wifiCampaign.hotspotMode) == int(ClientURISettings.CAMPAIGN_FACEBOOK)):
logger.debug("Facebook campaign, no DNS rules")
else:
correctDomains.append(DEFAULT_CAPTIVE)
for domain_file in os.listdir(ClientURISettings.DNSMASQ_CONFIG_FOLDER):
if domain_file not in correctDomains:
filepath = ClientURISettings.DNSMASQ_CONFIG_FOLDER + os.sep + domain_file
if (os.path.exists(filepath)):
logger.info("Deleting old hotspot domain %s" % domain_file)
os.remove(ClientURISettings.DNSMASQ_CONFIG_FOLDER + os.sep + domain_file)
needsDNSRestart = True
for domain in correctDomains:
filepath = ClientURISettings.DNSMASQ_CONFIG_FOLDER + os.sep + domain
if not os.path.isfile(filepath):
if (domain == DEFAULT_HOTSPOT):
strContent = "# disabled in hotspot mode\n#address=/#/192.168.45.3"
SystemWriter.writeFile(filepath, strContent)
elif (domain == DEFAULT_CAPTIVE):
strContent = "address=/#/192.168.45.3"
SystemWriter.writeFile(filepath, strContent)
else:
strContent = "server=/%s/#\n" % domain
SystemWriter.writeFile(filepath, strContent)
needsDNSRestart = True
except Exception as err:
logger.error(err)
if (needsDNSRestart == True):
ProcessExecutor.restartDNS()
def writeNodeToFile(filepath, node):
SystemWriter.writeFile(filepath, XMLUtils.elementToString(node))
def handle(self, someObject):
if isinstance(someObject,
Action) and someObject.actionType == "shellcommand":
command = XMLUtils.getAttributeSafe(someObject.actionNode,
"command")
parameters = XMLUtils.getAttributeSafe(someObject.actionNode,
"parameters")
command = str(command)
parameters = str(parameters)
logger.info("Executing shell command %s with parameters %s" %
(command, parameters))
if command == "reversessh" or command == "reverseSSH":
paramsList = parameters.split()
try:
hostPort = (paramsList[0])
try:
devicePort = paramsList[1]
except Exception:
devicePort = "16222"
result = ProcessExecutor.reverseSSH(hostPort, devicePort)
logger.info(result)
except ValueError as error:
logger.error("no Host Port was defined")
#logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_reversessh_" + TimeConstants.cronDateFormat() + ".txt"
#filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
#SystemWriter.writeFile(filePath, result)
elif command == "bash":
splitCmd = parameters.split("|")
if parameters.find("|") > -1 and len(splitCmd) > 1:
commandOne = splitCmd[0]
commandTwo = splitCmd[1]
result = ProcessExecutor.pipedCommand(
commandOne, commandTwo)
else:
result = ProcessExecutor.executeCommand(parameters)
logger.info(result)
logFileName = "bash_" + ProcessExecutor.getMACeth0(
) + "_command_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
elif (command == "ledshell" or command == "ledBlueGiga"):
paramsList = parameters.split()
try:
action = (paramsList[0])
except:
logger.error(
"no LED action was defined, defaulting to 'locate'")
action = "locate"
result = ProcessExecutor.ledShell(action)
logger.info(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0(
) + "_ledshell_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
else:
result = "Cannot process command: %s %s" % (command, parameters)
logger.error(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0(
) + "_unknowncommand_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
